tino@hou2f.UUCP (A.TINO) (10/31/85)
>You hole-expansion-or-contraction debaters seem to be >overlooking the fact that when I put a pan of cookies >in the oven the cookie sheet spontaneously warps itself >when it heats up a bit. _____________________________________________________ Warping implies non-uniform heating.
ron@brl-sem.ARPA (Ron Natalie <ron>) (11/04/85)
> >You hole-expansion-or-contraction debaters seem to be > >overlooking the fact that when I put a pan of cookies > >in the oven the cookie sheet spontaneously warps itself > >when it heats up a bit. > _____________________________________________________ > Warping implies non-uniform heating. No probably, it indicates non-uniform coefficients of expansion.
bobp@petfe.UUCP (Dan Masi) (11/05/85)
<<>> >>You hole-expansion-or-contraction debaters seem to be >>overlooking the fact that when I put a pan of cookies >>in the oven the cookie sheet spontaneously warps itself >>when it heats up a bit. >_____________________________________________________ >Warping implies non-uniform heating. Hi Al! This isn't necessarily true... what about a cookie sheet with a coating (e.g. Teflon, Silverstone, etc.) on it? Seems the coating material would probably have a different thermal expansion than the sheet itself, thus warping the sheet when heated. dbdan
tino@hou2f.UUCP (A.TINO) (11/05/85)
>>>the cookie sheet spontaneously warps >>_____________________________________________________ >>Warping implies non-uniform heating. >Hi Al! This isn't necessarily true... what about a cookie sheet >with a coating (e.g. Teflon, Silverstone, etc.) on it? Seems the >coating material would probably have a different thermal expansion >than the sheet itself, thus warping the sheet when heated. ---------------------------------- Hey guy! But seriously, dbdan, that sounds like a silly way to design a cookie sheet.